He is a tenured associate professor at a leading Ivy League engineering school. Their research program focuses on scalable nanomanufacturing for next-generation electronics and energy devices. A core innovation from their group is the development of liquid metal printing techniques for rapidly fabricating high-performance, two-dimensional transparent oxide semiconductors, which are crucial for flexible electronics, wearable sensors, and transparent circuits. Additionally, their work encompasses 3D-printed micro-lattice electrodes for efficient electrocatalysis and energy storage, as well as high-speed printing of large-area perovskite solar cells. Since starting their faculty position, they have built a strong research team, secured substantial competitive funding from national agencies, and authored over 35 articles in prominent materials science and engineering journals. Their contributions have been recognized through several awards, including a notable young manufacturing engineer award.